AEE Unmanned Aircraft System Professional Leading 1.4.2.2 Removal of rope As shown in figure below: 2. Aircraft 2.1 Overview of aircraft The Mach6 aircraft mainly consists of flight control system, communication system, locating system, power system and intelligent flight battery. The functions of all parts will be introduced in details in this chapter. 2.2 Flight mode High Velocity Mode: This mode is the same as the POS HOLD Mode(GPS), the max horizontal flight speed is increased, and the max speed 75.
AEE Unmanned Aircraft System Professional Leading The nose LED indicator shows the nose direction of drone and the white light will be normally on after the drone is started. The tail LED indicator shows the current status of flight control system. Please refer to the status of flight control system represented by flickering modes.
AEE Unmanned Aircraft System Professional Leading 1. Firstly, edit a route mission and upload it to the drone. Please refer to “5.9 Route mission”. 2. When upload is done, short press “One-button route” on remote control, or enter map and press “Execute route” in “Edit route”, the main interface of remote control will pop up dialogue box “Are you sure to execute route?”, the drone will unlock automatically and execute the route mission.
AEE Unmanned Aircraft System Professional Leading 2.6 Auto return The Mach 6 supports Return to Hom (RTH) function. The Home Point is defined point at which the GPS signal is acquired. When the communication signal is lost between the remote and the drone, RTH is initiated automatically. The Mach 6 supports 4 RTH modes, one button return, low battery alert return, mission completion return, and control signal loss return. 2.6.
AEE Unmanned Aircraft System Professional Leading Note: 1. Make sure to inspect the battery level prior to takeoff, to make sure the drone can finish the mission. In case of low battery, please replace the battery in time to make sure the drone can land safely. 2. When it prompts “First-level alarm of battery level” while the drone is flying within visible range, please return and land the drone in time. 3.
AEE Unmanned Aircraft System Professional Leading When obstacle (pay attention to dead zone) occurs within distance of 6.5616798(ft) at front of drone, the takeoff will be locked and the interface of remote control will prompt obstacle within 6.5616798(ft); Not: 1. The radar function is enabled in “POS HOLD Mode” only; in this flight mode, the user may enable or disable the radar. 2. The radar will be disabled automatically in “ATTI Mode” and the user should use the drone with caution in this mode. 2.
AEE Unmanned Aircraft System Professional Leading 2.9 Point selection flight Select the flight point in map setting. For details, please refer to “5.9.7 Point selection operation”. Note: The fly height must be set properly while using this function. 3. Intelligent Battery 3.1 Introduction As an intelligent battery that is designed specifically for MACH6, the battery has self-heating function to get adapted to cold places.
AEE Unmanned Aircraft System Professional Leading 4. Power-off protection: When battery is turned on, but no electrical device is connected, the battery will enter power-off (shutdown) status within 5min, in order to maintain its battery level. 5. Communication: The real-time battery information can be viewed in the setting of remote control, such as battery voltage, current, battery level and charging times.
AEE Unmanned Aircraft System Professional Leading 3.4.3 The indicator definition during charging is as follows: that the LED “■”LED indicator is normally on “ ”Indicates light flashes slowly that the LED “ ”Indicates light flashes quickly Battery Level Indicator LED1 LED2 LED3 LED4 Current Battery Level Less than 20~40% 40~60% ■ 60~80% ■ ■ ■ ■ ■ □ □ □ 80~99% □ 99~100% 3.4.3.1 Details of charging completion: Once charging is done, the LED indicator of charger will turn green from red.
AEE Unmanned Aircraft System Professional Leading 4. Illustration and Functional Introduction of Remote Control and Drone Parts 4.
AEE Unmanned Aircraft System Professional Leading Type Qty.
AEE Unmanned Aircraft System Professional Leading 22 Net port 1 Network cable interface 23 24 SD insertion port HDMI 1 1 HD image transmission interface 25 USB 26 DCIN 1 Charger interface 27 Radio antenna interface 1 Radio antenna 28 Pitching control of the gimbal Push-button Control the gimbal pitching, up means nose-up and down means nose-down 29 Reservation function button L1/R1 30 Gimbal course control Push-button 1 Up: reservation function Down: reservation function Gimbal c
AEE Unmanned Aircraft System Professional Leading 12 15 13 14 16 Motor Gimbal Positive propeller Foldable arm L Foldable arm L Power switch Landing gear Lock Counter propeller Foldable arm R Foldable arm R Battery lock RTK Antenna Battery Mount interface Foldable arm L Foldable arm R 5. Remote Control 5.1 Operation of remote control Operation mode of remote control 5.
AEE Unmanned Aircraft System Professional Leading 5.3 Battery level of remote control 5.3.1 Low battery alarm of remote control Low battery alarm of remote control Y12 Low battery alarm（15%) Beep…beep…beep… (continuous) Remote control prompts“ remote control low battery ” The battery level icon of remote control on main screen becomes red from white 5.3.
AEE Unmanned Aircraft System Professional Leading 5.3.3 Remote control charging The user can charge the remote control with a standard charger. Charging is as shown below: Charging indicator Charging status Red light Charging... Blue light Charging completed 5.
AEE Unmanned Aircraft System Professional Leading Joystick Drone attitude Illustration Altitude and heading remain unchanged When the left joystick is centered, the altitude and heading of the aircraft remain unchanged Horizontal line Left joystick centered Upward Left joystick forward, right joystick in situ When the motor speed increases, the propeller speed becomes faster; the bigger the joystick's amplitude is, the faster the climbing speed will be.
AEE Unmanned Aircraft System Professional Leading Right joystick centered Right joystick centered. When the number of GPS satellites is ≥ 6, the position of the aircraft remains unchanged. When the number of GPS satellites is <6, the aircraft position needs to be manually controlled.
